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Samsung’s introduction of its inaugural foldable phone in 2019 made the category popular, and there’s speculation that Apple is also developing a foldable device. Sadly, several years following the debut of the first foldable phone, we still see limited options for such devices in the market. One contributing factor is the steep costs associated with these phones. For example, the Honor Magic V5 is priced at upwards of $1,600, while Samsung’s Galaxy Fold 7 begins at $1,999, clearly showing that these phones are not accessible to everyone.

Considering the significant investment required, purchasing a foldable phone should not be a spur-of-the-moment choice. It’s crucial to evaluate various aspects before committing to your first foldable phone to ensure you won’t regret your decision weeks or months later. More critically, it’s essential to be aware of the common traps that many individuals encounter when selecting a foldable phone.

Through the evaluation of numerous foldable phones over time, we’ve identified some of the prevalent errors that buyers make when acquiring this type of device, aiming to help you avoid these pitfalls. Staying alert to these missteps will help ensure you experience the most seamless ownership journey with whatever foldable Android phone you choose to purchase.

charging error that may be endangering your laptop battery or the batteries in your other devices. The concept is that remaining within that range minimizes chemical strain on the battery, enhancing its longevity and performance. But what should you do when you’re storing a device for an extended period? What steps should you take for a gadget you won’t be using for a while? Particularly since the battery continues to drain even when a device is switched off, albeit gradually.

The optimal approach is to turn off the device, as you typically would, but ensure the battery is at about half charge beforehand. Storing a fully drained device may lead the battery into a condition known as deep discharge. In this state, the battery will be unable to retain a charge. Conversely, if you keep the battery at full charge, it may lose capacity, reducing its overall lifespan.

If you’re keeping your device for an extended period, it’s advisable to power it on at least once every six months to verify the charge levels. If it reads 50%, you’re in the clear; if not, top it up slightly before turning it off again. An additional crucial factor to take into account is the location where you’re storing the device, especially the ambient temperature. Always avoid placing batteries in environments subject to extreme heat or cold. The preferred temperature range is between 50 and 77 degrees Fahrenheit.

**The Creative 3D-Printed Luggage: A Fusion of Imagination and Functionality**

Flying is frequently an indispensable yet burdensome aspect of many individuals’ routines. Although large power banks are not allowed in carry-ons, intelligent luggage with tracking capabilities is permitted. Generally, travelers are confined to the options available in stores, but what if you could customize your own luggage with distinct attributes?

Recently, Matty Benedetto from the YouTube channel “Unnecessary Inventions” presented a 3D-printed suitcase. Motivated by his encounters with pricey Rimowa luggage that easily gets damaged, Benedetto chose to develop his own. His suitcase features a MagSafe phone holder, snack compartment, gimbal cup holder, foldable laptop table, and detachable feet for concealing Apple AirTags. It also includes a smart dial that shows airport weather. While Benedetto refers to these attributes as “unnecessary,” numerous travelers would value a suitcase that serves as a table and provides easy access to snacks.

**The Creation Process of the Suitcase**

Benedetto employed a Bambu Lab H2C printer, capable of producing multi-colored prints, which costs $2,399. Although pricier than the original suitcase, the H2C is a beneficial investment for diverse 3D-printing endeavors. Benedetto used TPU filament for shock-resistant corners and PLA filaments for wheel interiors. While the majority of components were 3D-printed, certain ones, like metal latches and hinges, were standard stock. He halted the printing of wheels to incorporate ball bearings for seamless rolling. The assembly process involved printing segments with metal dowels for robustness, applying Gloop glue to the shell, and securing metal components with screws.

**The Outcome of This Suitcase Experiment**

To evaluate his invention, Benedetto traveled with the suitcase on two flights. An unexpected problem occurred when the overhead compartment proved smaller than anticipated, resulting in a wheel detaching. Luckily, it was simple to reattach. However, during checked baggage storage, the suitcase lost the lid of the snack compartment and cup holder, developed a minor crack, and incurred scuffs. Despite these concerns, the suitcase remained in one piece, and the AirTag remained securely fastened.

Benedetto concluded that the 3D-printed suitcase “wasn’t a total loss,” but it was not the most practical option. While replacing lost components is doable, the usefulness of the suitcase as a laptop table may not warrant frequent repairs.